I might guess that the garage is suggesting you source the axle yourself because they know it's going to be difficult to find one without significant corrosion problems?
That's exactly what I was talking about as my "plan B" I'm especially interested to see that this one is talking about being made from "thicker" metal - +0.5mm spring pans, whatever that means. I take it to mean half a mil thicker than the standard jobbie? needs checking up on I think? - The problem with going this route is dismantling the parts you need to swap over from the old axle - like the brake back plates and hubs in particular. If I end up going down this route I'll be attempting to dismantle the old axle before ordering the new one. I'd be very tempted to source new bolts etc and just cut the old ones off with my angle grinder rather than struggle - and many on here have reported it's a very real "struggle" - with undoing the old ones.Said get this:
https://www.ebay.co.uk/itm/143387542678
Asked them how much they think this will be to get through the MOT- hopefully get bacj tomorrow.
I'm glad to hear itI have little time to go looking for a new car. The money I can throw at it without being too worried.
This was part of the MOT before I got it which in hindsight I should have moved on! Nearside Rear Suspension component mounting prescribed area excessively corroded significantly reducing structural strength Spring mounting (5.3.6 (a) (i))
It seems they can vary - it's a bit of a lottery as to how the rear axles hold up. They all rust to some degree.I was thinking is this for a 10 year old car bit extreme
Right tool no problem
Not the OP's:I have only seen a couple broken in pictures which looked more like weld fails than rot ?
be nice to see some photos of the rot.
Thanks very much for those pictures. They are a big help to me in assessing the condition of Becky's spring pans - which I would guess are somewhere in between those broken ones and yours.Not the OP's:
View attachment 219125View attachment 219132
Sorry for the graphic images of injured Pandas. An extreme example here: https://www.fiatforum.com/panda/441935-panda-axle-repair-6.html?p=4303672
The worst rust on mine was in the same place, just inboard of the welds.
View attachment 219124
There was light pitting after 16 years on mine, important to catch it before it develops into deep corrosion and weakens the metal.
I don't know if it's the most high-tech of solutions, but I've had good results with it over the last 15 years or so.I've mentioned before that I rather fancy trying the Fertan rust convertor. How do you rate it?
That all sounds very encouraging, thanks very much. I've fancied giving the Fertan a go for a while now but I've had some pretty good results with the Jenolite and/or Kurust over the years and sometimes "the devil you know" - if you know what I mean? Now though I'm resolved to give the Fertan a go!I don't know if it's the most high-tech of solutions, but I've had good results with it over the last 15 years or so.
Just getting to the end of my 1litre bottle - I decant a bit into a pot and brush it directly on to any rusty metal I find.
It claims 12 months' protection if left unpainted, and can be painted over.
It was recommended by a bloke in my village pub (best place for advice - except the Fiat Forum of course) who runs a fleet of old Austins.
Must be 15 years since I wire-brushed the chassis legs, out-riggers and floor of the Healey back to metal (I remember it well... seems like it were only yesterday...), treated with Fertan, red oxide primer and chassis black, and it's still looking good![]()
My gears are harder to move around. So I can only assume when it was in being tight.
Not an issue get used to it. Was fine going in so assume the garage just tightened too much?